（1） In June 2003, Weizhimeng Intelligent Automation Technology (China) Co., Ltd. was established in Chang'an Town, Dongguan City, Guangdong Province, with a total investment of 2 million US dollars. Main business project: Professional research and development and production of "injection molding machine specialized robotic arms" and related automation equipment. The initial technology originated from Japan and Taiwan
（2） Started mass production of small tilting machines (suitable for injection molding machines with a capacity of less than 100 tons) in October 2003; At the same time, actively research and introduce advanced horizontal axis servo models, and conduct trial production
（3） Starting from the third quarter of 2004, the implementation of modular parts for all models of horizontal axis servo was implemented, and the quality and other aspects successfully passed the audit and certification of SGS company in Germany. And in 2004, the factory purchased a Taiwan made CNC machining machine to achieve precision machining of parts through self modeling
（4） In 2005, due to an increase in the number of orders, in order to improve production efficiency and ensure the quality and accuracy of modular parts, the company purchased several Longmen CNC machines again in the second quarter of 2005. At the same time, expand the R&D and production departments, actively invest in the research and production of three-axis servo and five axis servo models
（5） In 2006, as the factory's business continued to expand and the number of orders surged, the original workshop could no longer meet production needs. The factory invested in new factories and purchased more advanced production equipment. In 2006, under the strong leadership of the company and the active research and development cooperation of the team, 15 patents were successfully applied for, and all were recognized by national professional institutions between 2007 and 2008. In the second quarter of 2006, we successfully developed and produced a total of fourteen servo models in the WA, WB, and WR series (please refer to the product catalog for details). In the third quarter, we entered the mass production stage. The total revenue of the year exceeded 50 million RMB, and the number of customers increased from around 500 to around 1000. The covered areas include automotive processing industry, 3C electronic processing industry, medical packaging and processing, daily packaging and processing, cosmetics processing, household appliances and other industries
（6） Based on the experience and technology of continuous observation, combined with our own development and innovation capabilities, we initially completed the "Fully Automatic High Flexibility and High Efficiency Mold Adhesive System" (for container products such as plastic boxes and cups) in 2008. In 2008, the company formed a strategic partnership with the world-renowned joint robot company, Stauffier, France, to form a project research and development team. While the company independently developed and sold lateral servo robotic arms, it gradually achieved a production model of "fully automated and systematic production lines" by cooperating with Stauffier joint robots

Analysis of the advantages of robotic arms
The configuration of robotic arms in the molding machine is particularly important in the current trend of widespread lack of human resources. Specifically highlighted: the advantages of robotic arms. Mechanical arms save time, effort, and money. The three highs of a robotic arm: high efficiency, high safety, and high intelligence
Analysis of the advantages of robotic arms The configuration of robotic arms in the molding machine is particularly important in the current trend of widespread lack of human resources. Specifically highlighted are several major advantages of the three provinces and three highs. Save time, effort, and money
★ Mechanical arm operation saves time: If the molding machine is manually operated to pick up the material, it usually takes 3 seconds to pick up the product alone, and with the water intake, it takes 4-5 seconds. Using a robotic arm only takes 1.5 seconds, saving nearly three times the time for a single product retrieval process.
★ Effortless operation of the robotic arm: The robotic arm, as the name suggests, is a substitute for manual extraction of molded products. Given the difficulty in recruiting workshop operators in production plants, it is intuitive to save labor by equipping the injection molding machine with a robotic arm.
Comparison between Robot and Artificial
★ Robotic arm operation saves money: Under the current employee salary standards and actual environment, an employee's monthly salary is conservatively set at 3800 yuan (calculated based on an 8-hour shift), and the robotic arm can work continuously. This shows that your company's allocation of robotic arms is not only for production needs, but also to constantly save labor costs for your company. Three highs: high efficiency, high safety, and high return
★ High efficiency of robotic arm operation: The manual retrieval time cannot be accurately controlled, and there are times when the speed varies. In addition, people are lazy, and the actual operation time of employees can only reach about 80%. Using a robotic arm can completely avoid this phenomenon! And it can accurately estimate daily production capacity and order delivery time. With the improvement of injection molding cycle time and retrieval time, the overall efficiency and industry production image have greatly improved!
★ Mechanical arm operation with high safety: In the operation of injection molding machines, manual work is common, and operators often repeat monotonous and boring tasks day after day, which can easily lead to work paralysis and emotional reactions! Lack of concentration, missing products, often experiencing mold pressing, and even causing work-related injuries! The phenomenon of replacing manual work with a robotic arm can be easily solved.
★ High return on robotic arm operation: Taking into account the above points: replacement of manual labor, improvement of time, robotic arm configuration is a one-time investment, with a short-term return on investment (usually 6-8 months, depending on the injection molding product). Long term return on benefits (with just a little maintenance time). For a long time in the future, there will be no need for employees.